@Override
public void dispose() {
GdbUIPlugin.getDefault()
.getPreferenceStore()
.removePropertyChangeListener(fPropertyChangeListener);
super.dispose();
}
@Override
public void buildDelta(
Object e, final VMDelta parentDelta, final int nodeOffset, final RequestMonitor rm) {
if (fHideRunningThreadsProperty && e instanceof IResumedDMEvent) {
// Special handling in the case of hiding the running threads to
// cause a proper refresh when a thread is resumed.
// We don't need to worry about the ISuspendedDMEvent in this case
// because a proper refresh will be triggered anyway by the stack frame
// being displayed.
//
// - If not stepping, update the content of the parent, to allow for
// this thread to become hidden.
// - If stepping, do nothing to avoid too many updates. If a
// time-out is reached before the step completes, the
// ISteppingTimedOutEvent will trigger a refresh.
if (((IResumedDMEvent) e).getReason() != IRunControl.StateChangeReason.STEP) {
VMDelta ancestorDelta = parentDelta.getParentDelta();
ancestorDelta.setFlags(ancestorDelta.getFlags() | IModelDelta.CONTENT);
}
rm.done();
} else {
super.buildDelta(e, parentDelta, nodeOffset, rm);
}
}
@Override
protected void updatePropertiesInSessionThread(IPropertiesUpdate[] updates) {
IPropertiesUpdate[] parentUpdates = new IPropertiesUpdate[updates.length];
for (int i = 0; i < updates.length; i++) {
final IPropertiesUpdate update = updates[i];
final ViewerCountingRequestMonitor countringRm =
new ViewerCountingRequestMonitor(ImmediateExecutor.getInstance(), updates[i]);
int count = 0;
// Create a delegating update which will let the super-class fill in the
// standard container properties.
parentUpdates[i] = new VMDelegatingPropertiesUpdate(updates[i], countringRm);
count++;
IMIExecutionDMContext execDmc =
findDmcInPath(
update.getViewerInput(), update.getElementPath(), IMIExecutionDMContext.class);
if (execDmc != null) {
update.setProperty(ILaunchVMConstants.PROP_ID, Integer.toString(execDmc.getThreadId()));
// set pin properties
IPinElementColorDescriptor colorDesc =
PinCloneUtils.getPinElementColorDescriptor(GdbPinProvider.getPinnedHandles(), execDmc);
updates[i].setProperty(
IGdbLaunchVMConstants.PROP_PIN_COLOR,
colorDesc != null ? colorDesc.getOverlayColor() : null);
updates[i].setProperty(
IGdbLaunchVMConstants.PROP_PINNED_CONTEXT,
PinCloneUtils.isPinnedTo(GdbPinProvider.getPinnedHandles(), execDmc));
}
if (update.getProperties().contains(PROP_NAME)
|| update.getProperties().contains(IGdbLaunchVMConstants.PROP_OS_ID)
|| update.getProperties().contains(IGdbLaunchVMConstants.PROP_CORES_ID)) {
IProcesses processService = getServicesTracker().getService(IProcesses.class);
final IThreadDMContext threadDmc =
findDmcInPath(update.getViewerInput(), update.getElementPath(), IThreadDMContext.class);
if (processService == null || threadDmc == null) {
update.setStatus(
new Status(
IStatus.ERROR,
GdbUIPlugin.PLUGIN_ID,
"Service or handle invalid",
null)); //$NON-NLS-1$
} else {
processService.getExecutionData(
threadDmc,
new ViewerDataRequestMonitor<IThreadDMData>(getExecutor(), update) {
@Override
public void handleCompleted() {
if (isSuccess()) {
fillThreadDataProperties(update, getData());
}
update.setStatus(getStatus());
countringRm.done();
}
});
count++;
}
}
countringRm.setDoneCount(count);
}
super.updatePropertiesInSessionThread(parentUpdates);
}
